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DESCRIPTION:   'Title: Nano-Enigma: Uncovering the Secrets Within eFuse Mem
 ories\n   When: Saturday\, Aug 10\, 17:30 - 18:15 PDT\n   Where: LVCC West
 /Floor 1/Hall 1/Track 4 - [1]Map\n\n   Description:\n\n   For years\, eFus
 e-based memories were used to store sensitive\n   information such as encr
 yption keys\, passwords\, and other potentially\n   confidential pieces of
  information. This practice was encouraged by\n   several vendors who leve
 rage such memory types for protecting the\n   debugging interfaces using a
  password or for official way to store\n   encryption keys for external fl
 ash memories.\n\n   However\, with the advances in technology and threat a
 ctors’\n   creativity\, eFuse-based memories may take a hard hit on thei
 r\n   confidentiality assurance as their physical properties could allow f
 or\n   a relatively easy extraction of the stored information.\n\n   In th
 is talk we will walk you through the journey of revealing one\n   such dat
 a storage from decapsulating the chip itself\, delayering it\n   using com
 mon household items all the way to using advanced tools such\n   as Scanni
 ng Electron Microscope (SEM) to read value of an encryption\n   key and th
 us break the confidentiality of the encrypted flash memory.\n\n     1. "So
 lving Chip Security's Weakest Link." Design & Reuse\, April 1\,\n       20
 23\, [2]link\n\n     2. Laurie\, Adam. "Fun with Masked ROMs - Atmel MARC4
 ." Adams Blog\,\n       rfidiot.org\, 1 Jan. 2013\, [3]link\n\n     3. Hoo
 ver\, William. "Looking Inside a 1970s PROM Chip That Could\n       Change
  Computing." RightO\, 19 July 2019\, [4]link\n\n     4. Chen\, Nick. "The 
 Benefits of Antifuse OTP." Semiconductor\n       Engineering\, 19 Dec. 201
 6\, [5]link\n\n   Speakers:Michal Grygarek\,Martin Petran\,Hayyan Ali\n\n 
   SpeakerBio:  Michal Grygarek\, Security Architect at Accenture\n\n   Mic
 hal has 20+ years of experience in the development of electronic\n   syste
 ms and radio engineering. He specializes in cyber security of\n   embedded
  systems\, especially with relation to nanometer scale attack.\n   His key
  expertise includes the methodology of decapsulation\,\n   delayering of s
 ilicon chips and their subsequent analysis using\n   optical and electron 
 microscopy.\n\n   SpeakerBio:  Martin Petran\, Embedded Systems Security E
 ngineer at\n   Accenture\n\n   Martin is an embedded systems security engi
 neer with 9+ years of\n   professional experience working at Accenture in 
 Prague\, Czech\n   Republic. His main areas of focus are reverse engineeri
 ng\, fuzzing and\n   exploit development. Throughout his career\, he has c
 reated/contributed\n   to several open-source projects and presented at se
 curity focused\n   conferences.\n\n   SpeakerBio:  Hayyan Ali\, Security D
 elivery Senior Analyst at Accenture\n\n   Hayyan Ali brings over a decade 
 of expertise in mobile communication\,\n   radio planning\, and optimizati
 on to the forefront of cutting-edge\n   technological advancements. Curren
 tly pursuing a Ph.D. at the Czech\n   Technical University in Prague\, Hay
 yan's research focuses on the\n   integration of Machine Learning within m
 obile networks' radio\n   interfaces. In addition to his academic pursuits
 \, Hayyan serves as a\n   Security Delivery Senior Analyst at Accenture\, 
 where he spearheads\n   initiatives to fortify mobile communication infras
 tructures.\n   Leveraging his extensive knowledge\, he specializes in dete
 cting\n   vulnerabilities within radio interface protocols\, conducting\n 
   penetration testing on wireless interfaces in IoT devices\, and\n   depl
 oying Machine Learning algorithms to automate pen testing\n   processes.\n
 \n   '\n\n   1. #LVCCW_Level1_Hall1\n   2. https://www.design-reuse.com/ar
 ticles/51232/solving-chip-security-s-weakest-link.html\n   3. http://adams
 blog.rfidiot.org/2013/01/fun-with-masked-roms.html\n   4. http://www.right
 o.com/2019/07/looking-inside-1970s-prom-chip-that.html\n   5. https://semi
 engineering.com/the-benefits-of-antifuse-otp/\n\n\n
DTEND:20240811T011500Z
DTSTART:20240811T003000Z
LOCATION:DC - LVCC West/Floor 1/Hall 1/Track 4
SUMMARY:Nano-Enigma: Uncovering the Secrets Within eFuse Memories
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